Description:

The course 'Concepts of  Linear Motion' provides a comprehensive understanding of the principles of linear motion in Physics. Students will delve into the concepts of speed, velocity, acceleration, and graphs to analyze and interpret linear motion phenomena. They will understand the application of the equations on linear motion for problem solving.

Dates: 03 Aug (Sat), 4 Aug (Sun),   10 Aug, 11 Aug (Sun)

Timing: 4:30 pm to 6 pm. 

Key Highlights:

• Speed and velocity analysis
• Acceleration in linear motion
• Graphical representation of motion
• Understanding the Derivation of Equations of Motion
• Understanding Free Fall of Objects 
• Solving Numerical Problems

Course Structure: 

There are 3 live sessions of 90 minutes each.

What you will learn:

• Understanding Speed and Velocity
  Learn to differentiate between speed and velocity and interpret their significance in linear motion.
• Acceleration Fundamentals
  Explore the concept of acceleration, its calculation, and its role in various motion scenarios.
• Graphical Analysis
  Master the skill of analyzing and interpreting graphs to describe linear motion accurately.
• Derivation of the Equations of Motion From Graphs
• Understand how linear equations of motion are derived from distance-time, velocity-time graphs.
• Applying the Concepts in 'Free Fall' scenario
• Solving Numerical Problems
• How to analyze numerical problems to solve them.

Expectations from Learners

1. Learners should check online connectivity, mic and speakers of their devices. 
2. All learners are expected to keep their videos on and remain unmuted. 
3. The course instructor can remove the learners from the live session if they do not follow the required instructions.